Optimum Value Engineering Framing

Optimum Value Engineering can result in a reduced quantity of material used and lower labor costs. Using either the complete Optimum Value Engineering system or applying it by components, the building will be improving its energy efficiency and its overall performance. Builders and Contractors starting to use this technique might require special training that can result in a decrease in framing speed until they become familiar with the system. The main idea behind Optimum Value Engineering is to maximize material usage while still meeting stringent code regulations and structural requirements.

Where the Optimized Value Engineering system is used, blocking must be carefully placed to reduce interference with light switches and outlets. Drywall clips must also be installed in some instances where open corner framing technique is being used.

Optimum Value Engineering Innovations

Below is a list of innovations that form part of the Optimum Value Engineering System:

Wall and floor framing spacing - Can be increased to 19.2 inches or 24 inches on the floor. Can be combined with the modular layout and single top plate. Floor material, cladding, and interior products must be sized to adequate span measurements without any additional deflection.

Modular Layout - Using 24” modules and 24” spaced framing members will maximize material usage. Take notice that the overall dimensions of the framing are the most important when using OVE. Special attention must be given to window size and placement.

Single Top Plate, Exterior, and Bearing Walls - Using a single top plate is possible if used with the modular layout systems and with the 24-inch spacing. If the wall is stacked, second floor and roof framing, then the plate will not be taking any vertical load. Continuity must be provided by using steel plates or straps if there is no overlapping plate.

Single Top Plate, Interior Non-Bearing Partitions - Any non-bearing partition can be built with a single top plate. If used with a normal double plate, you might be required to use the lengths of two studs.

Right-Sized Headers - Normally all headers in a building frame are designed to work against the maximum load and span that they can take. Using Optimum Value Engineering, each header must be tailored for its particular load and span conditions, reducing the needs for larger headers or additional material.